In early September, the Hong Kong University of Science and Technology (HKUST) officially opened its new, KPF-designed campus in Nansha, Guangzhou (GZ). The carbon-neutral-ready campus was planned, designed, and built in three years’ time, with a project team comprising over 70 architects and planners across KPF offices in New York, Shanghai, Hong Kong, and Singapore.
The project’s first phase includes nearly 6 million square feet (about 550,000 square meters) for over 4,000 graduate students and 400 faculty members. It provides research facilities for subjects such as robotics and autonomous systems, smart manufacturing and transportation, microelectronics, and atmosphere and ocean systems.
Rather than following a traditional academic structure based on schools and disciplines, HKUST(GZ) centers around a project-based learning model that encourages multi-disciplinary interactions. The campus features eight research and lab buildings, connected by shaded arcades, and a full range of teaching spaces, including seminar classrooms, labs, large lecture halls, maker spaces, and collaborative workspaces.
“Landscape and building spaces come together to create an atmosphere where scientists will be energized and inspired to innovate,” James von Klemperer, KPF president, said in a statement.
From day one, HKUST(GZ) achieves a 54 percent reduction of carbon emissions, with a goal of reaching carbon neutrality before 2060. The plan’s environmental and resiliency measures have been designed for Guangzhou’s hot, humid climate and the rapidly urbanizing area’s flooding, seismic, and climate change risks.
When complete, the campus will accommodate more than 10,000 students and faculty. And it will integrate teaching and learning facilities with housing, neighborhood and campus retail, student life programs, administration, hotel, office and incubator spaces, and athletics facilities.
The HKUST(GZ) campus adds to KPF’s portfolio of research, innovation, and academic facilities around the world, including the CUNY Advanced Science Research Centers in New York City, the University of Michigan’s Detroit Center for Innovation, and NYU’s new Qiantan campus in Shanghai.
On the Building Team:
Owner: Hong Kong University of Science and Technology
Design architect: Kohn Pedersen Fox (KPF)
Architect of record: SCAD (Architectural Design & Research Institute of South China University of Technology Co.)
MEP engineer: ARUP
Structural engineer: ARUP
Landscape design: James Corner Field Operations
General contractor/construction manager: central hub: China Railway First Group Co. and China Railway Guangzhou Engineering Group Co.; other areas:
Canton One Construction Group Co. and Guangzhou Construction Engineering Co.
Related Stories
Higher Education | Aug 7, 2023
Building a better academic workplace
Gensler's David Craig and Melany Park show how agile, efficient workplaces bring university faculty and staff closer together while supporting individual needs.
University Buildings | Aug 7, 2023
Eight-story Vancouver Community College building dedicated to clean energy, electric vehicle education
The Centre for Clean Energy and Automotive Innovation, to be designed by Stantec, will house classrooms, labs, a library and learning center, an Indigenous gathering space, administrative offices, and multiple collaborative learning spaces.
Market Data | Aug 1, 2023
Nonresidential construction spending increases slightly in June
National nonresidential construction spending increased 0.1% in June, according to an Associated Builders and Contractors analysis of data published today by the U.S. Census Bureau. Spending is up 18% over the past 12 months. On a seasonally adjusted annualized basis, nonresidential spending totaled $1.07 trillion in June.
Market Data | Jul 24, 2023
Leading economists call for 2% increase in building construction spending in 2024
Following a 19.7% surge in spending for commercial, institutional, and industrial buildings in 2023, leading construction industry economists expect spending growth to come back to earth in 2024, according to the July 2023 AIA Consensus Construction Forecast Panel.
Mass Timber | Jul 11, 2023
5 solutions to acoustic issues in mass timber buildings
For all its advantages, mass timber also has a less-heralded quality: its acoustic challenges. Exposed wood ceilings and floors have led to issues with excessive noise. Mass timber experts offer practical solutions to the top five acoustic issues in mass timber buildings.
Adaptive Reuse | Jul 6, 2023
The responsibility of adapting historic university buildings
Shepley Bulfinch's David Whitehill, AIA, believes the adaptive reuse of historic university buildings is not a matter of sentimentality but of practicality, progress, and preservation.
University Buildings | Jun 26, 2023
Univ. of Calif. Riverside’s plant research facility enables year-round plant growth
The University of California, Riverside’s new plant research facility, a state-of-the-art greenhouse with best-in-class research and climate control technologies, recently held its grand opening. Construction of the two-story, 30,000 sf facility was completed in 2021. It then went through two years of preparation and testing.
University Buildings | Jun 26, 2023
Addition by subtraction: The value of open space on higher education campuses
Creating a meaningful academic and student life experience on university and college campuses does not always mean adding a new building. A new or resurrected campus quad, recreational fields, gardens, and other greenspaces can tie a campus together, writes Sean Rosebrugh, AIA, LEED AP, HMC Architects' Higher Education Practice Leader.
Standards | Jun 26, 2023
New Wi-Fi standard boosts indoor navigation, tracking accuracy in buildings
The recently released Wi-Fi standard, IEEE 802.11az enables more refined and accurate indoor location capabilities. As technology manufacturers incorporate the new standard in various devices, it will enable buildings, including malls, arenas, and stadiums, to provide new wayfinding and tracking features.
Laboratories | Jun 23, 2023
A New Jersey development represents the state’s largest-ever investment in life sciences and medical education
In New Brunswick, N.J., a life sciences development that’s now underway aims to bring together academics and researchers to work, learn, and experiment under one roof. HELIX Health + Life Science Exchange is an innovation district under development on a four-acre downtown site. At $731 million, HELIX, which will be built in three phases, represents New Jersey’s largest-ever investment in life sciences and medical education, according to a press statement.
